University
Cohort intake and coursework
Active
Long-term platform work driven by the research gap. Production silicon is not shipping.
Named product lines under the AI-accelerators umbrella. Each page carries an honest stage label.
Trust, attestation and power-resilience IP that the platforms are built on.
Evaluation paths and documentation for architecture validation before any tape-out.
Metering, grid-edge hosts and utility operations under intermittent power and connectivity.
Control, gateways and remote monitoring for infrastructure that cannot assume a reliable cloud path.
Trusted compute and identity for sovereign and public-sector programmes. Design intent, not deployed claims.
Additional sector pages for telecom, edge AI and secure embedded contexts.
Hardware-rooted identity, measured boot and attestation topics. Status labelled on each page.
Power interruption and local inference as architectural inputs, not exception handlers.
FPGA and ASIC pathways plus research programmes with clear stage labels.
Architecture through RTL, FPGA and SoC integration — commercial delivery today.
Verification closure, security architecture and embedded bring-up under milestone reviews.
How to engage Nelix on a scoped design programme.
Proposed institutional collaboration — not a claim of signed agreements.
Training and research routes that feed Africa's semiconductor talent pipeline.
Supervised placements and the talent-to-employment path.
Categories only. Logos appear only with verified written permission.
Hubs publish only real documents and posts. Empty hubs say so.
Programme updates and developer paths when content lands.
Accra-based fabless design house. Pre-silicon programme stage stays explicit.
No tape-out yet. Milestones below are engineering targets; dates depend on funding and partner availability.
Talent development pipeline
Cohort intake and coursework
Active
Paired design review
Active
Prototyping and bring-up
Active
Testbench and coverage closure
Planned
Tape-out readiness
Planned
Engineers train on live design work, supervised by the engineers doing it.
Dates beyond the current phase depend on funding and partners.
Phase 01
CompletePlatform decomposition, completion state machine, energy contract, and trust continuum specified in the public whitepaper.
Phase 02
In progressSynthesisable RTL for root of trust and inference datapath, with verification benches alongside.
Phase 03
Next milestoneProgrammable bring-up to validate architecture, energy behaviour, and end-to-end attestation.
Phase 04
Target: post-validationField trials with utility and industrial partners on the FPGA platform before silicon commitment.
Phase 05
Target: around 2029Physical design and tape-out subject to funding, foundry engagement, and validated demand. No silicon exists today.
Partners who engage before FPGA validation influence what gets built.